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Foreword 



There is nothing difficult about the operation of the Ludlow Typo- 
graph. It is simple in the extreme. Any hand compositor can quickly 
acquire a familiarity with the details of the operation. No particular skill 
is necessary, as, for instance, is demanded for the successful operation of 
a keyboard machine. 

Although this is true, the Ludlow like a keyboard machine is a mech- 
anism, and in common with all mechanism, needs care and attention. 

This book is written for the purpose of enabling Ludlow operators 
everywhere to meet all possible conditions demanded of them, and to take 
proper care of their machines, that these conditions may be met. 

In ordinary use many of the conditions herein described will not be 
encountered, but these instructions are given for the purpose that the 
Ludlow may give long, continuous and accurate service. 



How to Order Parts 



1. For convenience in manufacture, each 
to which it hchinus and given a symbc 
in the part list. 

2. Each parr is illustrated and reference 
found. The symbol number of part i; 

Example — 

Parts Nos. 11. 12 and 13 are list 
screw and can he identified liv referei 
shown on Plate 20. The same is true 



s the practice followed 



it the plate illustrating the part. 



e Tarts. Part No. 12 is 



The Ludlow Manual 
of Instructions 



ASSEMBLING AND ERECTING 
Erecting Equipment 

have the necessary gas and electric connections made. 

Before you trv to do anything with the machine read 
these instruction's first an 
general principles of opi 
make any adjustments until you are sure 
are doing. All Ludlow machines are cat- 
hied and tested at the factory so that all o\ 
are known to he in perfect adjustment anc 

The grease applied to protect the finished parts and 
cams of the machine in transit can he easily removed by 
using benzine. 

Wipe all finished parrs and cams of the machine. 

Unpack the box crated with the machine and check 
its contents with the invoice attached therein. 



l the following- order, and 



vvoid attempting to 
t all operating parts 



lever; (5), machine top; id), locking release tripper; 
(7). locking levers; (8), mold; I'M, slug pusher 
bracket; (10). galley bracket and galley ; ( 11 ). turn the 
machine over by hand; (12), oil well; (13), connect 
the motor. 

Assembling Metal Crucible to Machine 

Insert the guide roller in the surface track of the 
metal crucible cam; this ram is the second one from the 
left as you face the machine. Drop the lugs at the rear 
of the metal crucible within those of the swivel plate 
at the back. Turn the swivel plate till it receives the 
lugs,, line up and insert pins in place. Secure these by 
inserting the necessary cotter pins. 

To Install Connections 

When connecting the tubes (See Figure 3) screw 
tight body (A) in place. Then draw sleeve (B) back- 
about one-half an inch front end of tube. Place tube 
in the body as far as possible, holding fnmly and screw- 
ing sleeve tight into the body. It is advisable to re- 
move screws holding down the thermostat when mak- 
ing the upper connections. The loops in the tubes allow 



.tch; (4), table lifting 



t for 



t the c 



:ting 



THE LUDLOW SYSTEM 




After the metal crucible is in place, release the 
plunger from the connecting rod (Part No. 274) (refer 
to Plate "A") and insert the upper plunger connect- 
ing rod (Part No. 271) and screw down until the holes 
are in line with Part No. 253. The plunger is always 



the right position before it is disassembled at 
the factory. The port of the well should be open at 
least 1-16 of an inch when the machine is at rest. When 
you have connected the plunger rods properly, tighten 
lock nut (Part No. 59). It is very important that this 
nut be tightened securely. 

Assembling Delivery Slide to Machine 

The deliver}' slide is assembled before leaving the 
factory. It is operated by the third cam. 



MANUAL OF INSTRUCTIONS 



To locate in machine, place pin held by lugs on bot- 
tom of slide into fork of operating arm. This slide is 
held in frame by two gibs. The one on the left is 
formed by the use of the mouthpiece bracket and the 
right by gib and operating rack (Part No. 680). 

Starting Mechanism 

Figures 1 and 2 show how to attach the starting 
mechanism and its operation. 

Pressing up on the lever (A) (Figures 1 and 2) 
raises the rod (B) which draws the finger (C) away 
from the clutch pin (D). The pin is pushed into the 
t holes in the clutch disc by a 
revolution, riding out on the 
s completed. Adjustment of the 
is made at the rod (B). 
rting lever is raised, it locks the 
o the body by slipping the catch 
(f ) over a pm in the top. This catch should stay in 
place during the cast. 

The greatest care should be exercised in placing the 
machine top. In order to insure such care have a man 
at each end and insert the lugs into the hinge brackets 
at the back evenly, as they fit very snugly. Thoroughh, 
line up the hinges before attempting to drive the pins 
in place. When the pins are set in proper position secure 
them with the set screws in the table lug. 

Locking Lever 



spring and makes c 
finger (C) when it is 
start in- mechanism is 

Also when the si 
top of the machine ti 



used to lock the line of matrices or blank slug block 

firmly in place before starting the casting mechanism. 

This is accomplished by grasping handle of the lock 

down lever with the left hand and pressing it down to 

Important: This lever cannot be locked down prop- 
erly without a line of matrices or a blank slug block 
being in place over the opening in the table top above 
the mold, due to impairing -alety devices. 

Locking Release Lever 

This is the lever that unlocks the stick after the cast 
is made. It is operated by a pin on the main slide in 
back of the mold seat. Suspend the tripper on the 
locking release bar before fastening it to the table. To 
properly fasten the tripper to the bar, shove the tripper 
forward on the bar until the small pin running through 
the bar at the right fits snugly against the thumb screw 
holder. The thumb screw faces the rear of the machine. 
Ailjit.-tment of the locking lever release is made by 
turning the locking release rod to the right or to the 
left. To release the stick pull the thumb screw to the 
right. 

The Mold 

The mold is secured by the four screws and two 
dowel pins that will be found in the mold seat. 

Bottom of mold and top of mold seat should be 
thoroughly cleaned before screwing mold in place. 

Slug Pusher Galley and Galley Bracket 

The slug pusher galley and galley bracket are fitted 



THE LUDLOW SYSTEM 



Turn Machine Over 

After assembling machine, it 
table top and turn the machir. 
that it n 

Test for Lockup 

Bring the mouthi 
bv hand until in co 
see that the int. Id cc 



e mouth- 
y trouble 



relaliv. 



. thi, 1 



The output of : 
upon the general - 
speed is governed 
matrices. Two n 
one is that of con- 



is taken from the casi 
Justifying Lines 



depends largely 



e set the r 
> judge 



tightly it indicates proper adjustment. 
OPERATION 

Ludlow Composition 

Hold the Ludlow matrix stick in yo 
vou would am- composing stick, with t 
'from vou and the pica scale to the lef 

Ludlow sticks are graduated to pica 
' : stick prcliimnan 






lii 



n the h 



:op of the figure in the p 



bottom up. hocking ti 
acters off their feet. 


P 


to the required 
tighten just en 

ightly is liable t 


iek is t 


e, fill 
hold 


Centering 
To cente 

',',', ,-a'sih 


ralin 
front 
Short 

laiidV 


,pla 

■ I tl 

1 in 


e 


one-half the ren 
me, and quad ot 
be centered on 

single stick. Fi 


ainder of the 
t the remain- 
23 to 30 ems 



) 


MANUAL OF INSTRUCTIONS 




measure, place 8 ems, half the difference hetween 11 


the same measure. Sorting the work in this manner 




ems and 27 ems, in front of the line, quad out the 






remainder and cast. In assembling this line in tin- 


Two-column step headings mav be set in a Ludlow 




form vou simpiv drop a 6-cm slug after the 21-em 
slug. 'This procedure remoyes the necessity of han- 


stick with the first line to the left and the second line 




to the right. In setting them up in this manner one 
justification and one trip to the machine are eliminated. 
Short pieces of blank slugs mav be used if it is desir- 




dling the extra 21 ems of quads necessary when using 




the double measure stick. 




Work that does not have to he trimmed to measure 


able to have the lines run full measure. 




may simpiv he centered in anv Ludlow stick that will 






accommodate it. allowing the excess blank slug to 


Casting the Line 




serye as furniture in the lock-up. 


Place the stick over the opening in the table of 
machine for casting with the lock-screw toward you. 




Matrix Stick 


Push it against the stick-stop, holding it there until 




Ludlow sticks are also made in two and three slug- 


the locking lever i- securch locked down. When using 




lengths in which lines longer than the mold length are 


multiple sticks .always shove the stick in place lor the 




set.' When holding the stick in votir left hand in posi- 
tion to compose a line the niches in the upper edge 


second and third ca-ls. holding until locked down or 




vour slugs will not properly join. If vou let go of 




act as stops when pushing the stick up for the second 


the stick before it is locked, the spring in the stick- 




and third casts ; and in the opposite side the indications 


stop will push the stick hack a trifle, which will make 




are shown for inserting the division quads which form 


a space between slugs. Never lift the table top after 




the floating pieces limiting the length of the respective 


starting the machine until the stick has been released. 




slugs. 

Try to work vour measure.- to multiples of your 


When casting a number of six-point slugs, loosen 




the large spring that operate- the plunger. This spring- 




mold. With the 21-em mold endeavor to hold your 


works "on the principle of a turn-buckle. There is a 




measures to 21 ems rather than 12 or 2i ems. or to 


lock-nut at the bottom. Loosen the lock-nut before 




42 ems rather than 43, 44 or even 45 ems. This saves 


turning the spring and tighten the lock-nut after the 


f 


time, and the shorter measures will usually be more 


adjustment has been made. 




satisfactory. 


Speed 




Repeat Lines 


Grasp this fact at the outset : Speed on the Ludlow 




It is advisable to go through your copy and select 
all repeat lines, also those that are very similar and of 


Tvpo'.-raph has only one limitation; that of its oper- 
ator. Study your "machine, but above all study your 



THE LUDLOW SYSTEM 



ICtllods 



for 



i upoi 



depend. 

Six Point Lining Gothic Stick 

The six-point Lining Gothic stick allows the casting 
on a six-point slug, of a line of six-point .Lining 1'late 
Gothic typefaces, flush with the bottom of the slug. 
This stick is essential when the six-point Lining Plate 
Gothic typefaces are to be set solid. All sizes of the 
Ludlow Lining Plate Gothic typefaces align at the 
bottom, and the casting of the six-point sizes on the 
six-point slug would give an overhang at the bottom 
if locked in a standard matrix stick for casting. To 
eliminate this overhang, the six-point fining Gothic 
stick is made with a side lockup variation of three 
points. One side of the stick is three points wider than 
the other side causing the line of typeface matrices 
to be lined along one side of a six-point mold when 
locked in position for casting. 
Off-Set Stick 

The Ludlow off-set matrix stick is used to obtain 
variations in top and bottom alignment of Ludlow type- 
faces. This special stick allows six points space be- 
tween the side of the stick and the bottom of the 
line of typeface matrices when assembled in the stick 
for castfng. The matrices can be moved against or 
away from the sides of the matrix stick for any align- 
ment. When the combination of typefaces is arranged. 
such as caps and small cap-, aligned at the bottom, the 
quad block at the end of the stick is tightened locking 
the matrices in the desired position for casting. This 
matrix stick is used to great advantage in aligning caps 
and small caps. 



CARE AND ADJUSTMENTS 
Keep Machine Well Oiled 

It is imperative that the machine be properly oiled if 
the machine is to be kept in good operative condition, 
and is to give service over a term of years. 

The operator who docs not keep the Ludlow well 
oiled and clean has not the first qualifications of a good 

The Ludlow is a machine of slow motion and it does 
not require great quantities of oil. 

Caution: Do not use poor oil. Always wipe away all 
surplus, and avoid getting oil in the mold. 

Instructions for Care of the Ludlow 

1 . . Clean all metal off the working parts. 

2. Oil all the parts regularly. 

3. When replacing a mouthpiece wiper, always soak 

the new felt in oil before applying, then see that 

4. Remove the mold and scrape away adhering par- 

ticles of metal from the bottom with a slug. 
Wipe the mold, mold scat, and trim knife thor- 
oughly before reseating the mold. 

5. Lower the top and cast a blank slug. Note this slug 

carefully. If it is light and hollow the metal 
may be too hot. If its surface has a wrinkled 
appearance it is cold. Regulate the heat accord- 
ingly. The bottom of a perfect slug will show 
the holes and vents of the mouthpiece on its hot- 



MANUAL OF INSTRUCTIONS 



11 



thermometer 
around 540°. 
6. The Ludlow Typograph is a machine of few and 
simple parts. It is easy to understand, to adjust 
and to operate, but it must be kept clean, oiled, 
and receive at least ordinary care. If. the ma- 
chine is used by both day and night forces, one 
man from each force should attend to this work. 
He should see that screws, nuts and bolts are 
tight, and this responsibility should be given to 

Description of Ludlow Equipment, Layout 

One of the most economical features of Ludlow 
equipment is compactness. This feature saves travel, 
time and the energy of the printers, and floor space in 
the eumposing room. The cabinets are grouped as 
closely as possible about the machine, keeping the spac- 
ing material centrally located. Group matrices by type 
faces that will be used most, close to the machine. This 
will save mam' steps. The cabinets are not hard to 
move, so you can move them about until you have the 



Ludlow Stick 

The Ludlow stick is not only a receptacle for mat- 
rices, but also part of the casting mechanism. The 
stick' is accurately made and must be used carefully. 
Do not use it as "a hammer. Be careful not to drop it. 
Keep your Ludlow sticks clean and free from rust. 

Steel Matrix Cabinets 

There are two styles of matrix cabinets, the 16-case 
steel matrix cabinet with eight case- pulling from each 
side, and the 20-case steel matrix cabinet with all cases 
pulling from one side. 

Lay the matrices in the cases with the cap side to 
the cabinet, figures and points above the lower case. 
Keep the cases closed when not in use to avoid upset- 
ting the matrices and to exclude dust. Each case is 
provided with a stop which can be released by pressing 
the spring lever attached on the bottom of each c?°° "*■ 
the inside right hand corner, permitting the c?«- 
removed. 



pere 






Keep Accessories in Place 

Do not cast a line and lav the stick down full of 
matrices. Return the matrices and the spaces to their 
proper places and keep them in order. 






When properly used, Ludlow matrices are practically 
inde-iructible. The)' show but little wear in shops 
where they have been used for several years. 

Matrices receive more hard wear on the table top of 
the machine than from any other source. This is caused 
hv dragging the stick full ot matrices across the table 
top and laving the stick down on the table top. It is 
advisable to obtain a large piece of felt blanket or a 
heavy piece of bookboard of suitable size to cover the 



THE LUDLOW SYSTEM 



space tu be protected mi the table tup, then fasten under 
the guard-rails that surround the machine top. This 
will assist great I_\ in keeping the matrices in good con- 



Clean Plunger and Well Once a Week 



■e often 



A dirty plunger is the cause of light slugs m< 
than any other trouble with the exception of an over- 
heated mouthpiece or metal being low in crucible. When 
dirt accumulates in the well and on the plunger, the 
plunger cannot give a full stroke. i< retarded in motion 
and does not deliver a charge id" metal with sufficient 
force to fill the matrices and mold. This is especially 
so with reference to the larger faces. Attend to this 
work at the beginning of the day and you will not have 
trouble when you are handling rush work. 

To remove the plunger raise the table top. Remove 
the pin that hold.- the plunger connection lever to the 
crucible, throwing the pin bidder back against the table. 
Then raise the connection rod until the plunger is free 
from the well. Remove the pin holding the plunger 
and swing the connector rod free. Remove the plunger 
with a pair of pliers, and with a clean piece of cloth 
wipe it thoroughly. If dirt is adhering to the surface 
take a piece of fine, worn emerv cloth and polish the 
surface lightlv. N'ext clean the well. Me sure to remove 
all metal 'from the well. 



A good tool for this is a thin piece of sheet brass 
made into a semi-circle that will lit the well and which 
is fastened to a long handle. With such an instrument 
you can scrape the well very thoroughly. Before put- 
ting the plunger back grease it with tallow. This retards 
the accumulation of litharge on the plunger and in the 
well, which is the principal substance that gathers ot 
these parts. Ordin; 
absence of tallow, bu 
than mineral oil. 

Should the plunge 



achinc 



i the 



animal or vegetable fat is better 



cold, so that the metal 
t rest on the well top a 

few minutes. In replacing the plunger, try plunger in 
well to insure free movement to bottom of well." 

Care of Molds 

Give the molds careful attention. Keep those not in 
use well oiled and stored away in an oiled envelope. 

accumulation of tools. Ludlow molds arc not adjustable 
and should not be taken apart. 

To remove a mold from machine, it is only neces- 
sary to remove the four large screws, insert the mold 
handle and lift it off. liefore replacing, thoroughly 
wipe the mold seat. 

Changing Ejector Blades 

To change an ejector blade, loosen the large screw 

In replacing ejector, thorough!) clean and be sure to 
seat properly on base. 



Shut Off Power if Machine Stops 

It is advisable not to attempt to force the machine 
should it stop while making; a cast. Koran;; the machine 
may shear the safety key in the large enclosed gear 
wheel on the right of the machine. This key is pur- 
posely made of soft material so that it will shear off 
rather than break some of the interior cam rollers, or 

Mouthpiece Wiper 

Keep a clean, well-oiled piet 



MANUAL OF INSTRUCTIONS 

Ludlow Motor 



holder. Oil the 'felt once a day. It 


s not necessary to 


remove felt unless worn. 




Replacing Mouthpiece 




Do this while the machine is 


ot, otherwise the 


screws will break. Before refitting 


thoroughly clean 


all surfaces and put a little graphi 






ews firmly. After 




an extra turn all 


around. Do not stone or file the n 




get adjustments. Leave the vents a 




the pot itself to get proper contact. 




Stick Stop 




This device regulates the position 


of the type on the 



slug, endwise. If the face does not come Hush with the 
end of the slug you can make proper adjustments with 
the adjustment screws found in the back piece of stick 
stops. When casting with long sticks, use knob to 
operate stick stop slide. (See page 15, paragraph 
"Safety Linger"). 



of c 



on the Ludlow is approximately 



■e-power 



If u 



d little other attention- The oil cups are of the 
gravity type, and should bang fioni the bearings. Notice 
whether those on your machine do so. If not, remove 
the cap screw underneath .and transpose it with the oil 
cup. To fill the cup, remove the cap screw, letting the 
oil run through the hearing into the cup below. If the 
brushes squeak first pull the connection plug to avoid 
blowing a fuse, and put a little vaseline on the com- 
mutator and wipe off. In the absence of vaseline, oil 
will do. 

Trouble 

An endeavor is here made to cover the most frequent 
causes of trouble to be found in the operation of the 
Ludlow, but with ordinary care on the part of the 
operators there should be very little trouble as to the 
operation. 

The Ludlow, when turned over to the user by the 
Ludlow erector, will be in perfect adjustment. But no 
matter how perfectly adjusted, ordinal y care is required 
to keep it so. Hot metal is hard to control on account 
of its extreme fluidity. All hot metal machines require 
certain adjustments. The Ludlow Tvpograph has pro- 
visions for making all the necessary adjustments. It is 
the duty of the operator or machinist to learn these 
adjustments and to see that the machine is in perfect 
condition at all times. However, should trouble appear, 
' '' before using a hammer or a 



cuig 



o hasty 



14 

of such tools often puts a machine out of operative 
condition until new pans can be obtained. 

Temperature of Metal 

Successful, continuous operation of the Ludlow 
depends upon three things; care exercised in handling. 
a clean plunger, and the correct temperature of the 
metal. The last two, of course, depend on the first and 
are equal in importance. The necessary care of the 
plunger has already been explained, and the tempera- 
ture of the metal should be given careful consideration. 

The metal should be kept at a tempeTature of 530 to 
550 degrees F. In the absence of a thermometer, fold 
a piece of white paper and insert it in the metal. If the 
paper burns or turns dark brown, the metal is too hot; 
if it merely turns a very light brown the heat is about 

Casting with Cold Metal 

A cold throat and mouthpiece will cause the mouth- 
piece to freeze in making a cast. A slug may be deliv- 
ered on the first cast, but the metal, if too cold, will 
"freeze" in the mouthpiece and prevent a second cast. 
This trouble is readily detected and the remedy is to 
apply mure heat by turning the gas flame up at the 
needle point of the mouthpiece burner or by advancing 
the indicator on the rheostat when electricity is used. 
As soon as perfect slugs are cast turn the gas or elec- 
tricity back to normal. 

Slugs Stuck in Mold 

A slug stuck in the mold will stop the machine. If 



THE LUDLOW SYSTEM 



this should happen, immediately stop the motor and 
allow the mold to cool. Then back the machine up 
slightly bv pulhne on the belt attached to the driving 
gear, and switch on the motor. If the slug is not 
ejected, stop the motor and remove the mold, allowing 
it to cool. Lay the mold, bottom up, across two pieces 
of wooden furniture, and drive the slug out with a piece 
of wood. Nezrr use a screw driver, a nail or any iron 
tool when removing a slug from the mold. 

Slugs Stuck in Matrices 

If the metal gets too hot while casting slugs, the slugs 
may run light and stick in the matrices. To remove the 
slug from the matrices lock the stick in the machine, 
raise the table top and use a pair of pliers. Don't twist 
or jerk the slug out, pull easily and gradually. When 
new molds are first put into use, slugs sometimes stick 
in the matrices, but with a little use this trouble soon 
disappears. The slugs will also stick in the matrices if 
they are battered, this condition being due to misuse, 
but rarely occurring, as Ludlow matrices have a wear- 
ing power of many years. However, in the space occu- 
pied by the Ludlow equipment it i> advisable to have 
the floor, if concrete or iron, covered with linoleum. 
This guards against unusual damage to matrices when 
they are dropped. 

Light Slugs 

There are several causes for light slugs. The princi- 
pal cause is a dirty plunger and well. A dirty plunger 
will prevent a full stroke. The result is a light slug, 
because not enough metal is forced into the mold. If 



MANUAL OF INSTRUCTIONS 



the plunger is dirty, il will become tight in the well, 
which will retard the full stroke. This may be detected 
while the machine is in operation and when the metal 
pot swings for the casting of slugs. 

The large spring that operates the plunger may not 
have tension enough to force home sufficient metal. In 
such case loosen the lock-nut at the bottom and give it 
a few turns to the right. 

The plunger may be set too low to allow a proper 
intake of metal. In this case raise the plunger by turn- 
ing up the plunger connecting rod (Part No. 271). To 
do this first loosen plunger connecting rod nut (same 
as Part No. 59). Care must lie taken not to turn the 
plunger connecting rod up too far. 

When you have the plunger set to proper height, 
lock the plunger connecting rod nut firmly. 

Safety Finger 

The safety finger (Part No. 753) is located in the 
lower left hand corner in the machine body. It may 
fail to release the plunger cam lever, and the result 
will be no slug. Several things may cause this : 

The screw bearings of the locking lever (Part No. 
546), the lever that locks the stick in place, may have 
worked loose. As the safety linger should just clear 
the plunger cam lever when a stick is locked in place, 
these loose screws allow enough play to prevent the 
release, and the machine turns over without a cast. 
Tightening the screw bearings of the locking lever 
mentioned will relieve this trouble. 



Safety Clutches 

The safety clutches (Parts Xos. 735 and 737) must 
make proper contact. The tongue of the lower clutch 
must fit into the groove of the upper clutch. Should 
you raise the table with a stick locked in position, upon 
lowering again it will he necessary to turn the lower 
clutch to meet the upper clutch, which is done with 
the lever located just below the lower left corner of the 
machine body. 

Be careful to always observe the condition of the 
safety finger (Part No. 753). See that it is strong, free 
from metal and properly in place ; also that this whole 
part works freely . the safety linger at the lower end of 
the shaft passing over the plunger cam lever without 
any friction. Make sure that this safety device is in 
proper position before turning the machine over, with- 
out having a stick locked in position. 
Non-Delivery of Slugs 

Sometimes a large slug may fall off the ejector blade 
while being pushed into the delivery slide and it fails to 
reach its proper place on the slug holders, - with the 
result that it remain- in the -lug carrier instead of being- 
delivered to the galley. When this happens the slug 
pusher rack (Part No. A-693) will catch behind the 
slug and the latter will he jammed between the front of 
the slug carrier and the slug pusher rack. Back the 
machine up a trifle and remove the slug. You can pull 
the pusher rack forward into position, but it will auto- 
matically come to normal in the next revolution of the 
machine. The gears that control its motion are of 
spring- friction construction which allows the slug . 



THE LUDLOW SYSTEM 



■ to immediai 



■er returns to position, which oc 
is released, flashes may appear 
rigidity of the lock-up is dest 



y adherents that 



Slug Holders 

Should the small spring 

same. To do this', remove 
(Part Xo. 806-B) on the 
ing rack (Part No. 695) 



right. 



Fins or Flashes on Slugs 

Fins, or flashes on a slug, indicate that son 
out of adjustment. 

A line of matrices locked too tightly in tl 
stick will not properly plane down. Flashes n 
as a result. Such lines mav also have unever 
surfaces. Foreign matter on top of the mold, 
ing to the matrices, may also cause flashes. 
slide being" out of adjustment and the lock i 
loose are other causes. 

If the table catch (F;, (Illustrations No. 1 
2) the duty of which is to hold the table a 
rigidly together during the cast, works loos- 
the starting lever iB) removes it from the 



lie main 



Hair Lines Between Letters 

gether. When matrices are dro 



led in the li 



ihair 



essed on the sides only, with a fine 
file, and this trouble will disappear. Also if matrices 
are permitted to get dirty hair lines may appear. 

Regulate Metal Supply 

The object is to keep the metal [Hire and to regulate 
a uniform supply in the metal crucible. The regulation 
of the supplv of metal assists in maintaining a constant 
heat. The best way to obtain the best results is to have 
one man responsible for the puritv and the supply of 
metal. 

The printing face of a slug is very materially affected 
by the heat of the metal in the metal crucible, while the 
weight of the slug depends more on the correct heat at 
the mouthpiece, 'if the mouthpiece runs too hot, it in 



MANUAL OF INSTRUCTIONS 



turn heath the mold, causing the slugs to 
ing in light slugs, < )n the cither hand, it" the metal in th 
erueihle runs ecilcl. the printing face of the slug wi 
likely he porous, especially in the larger sizes. There 
fore, it is very important that close attention be give 
the correct control of the metal. 

The best results will he had when pure metal is usee 
and when the temperature of the metal is around 540 

Metal Control 



,ult- 



The height of the 



i the r 



with the production of good slugs. It should 
be kept about an inch from the top of the metal cru- 
cible. The purity of the metal also must be considered 
in producing good slugs. The Ludlow will produce 
good slugs from good metal, hut you cannot expect any 
machine to produce good -lugs from poor metal. 

The publishing houses or commercial plants operat- 
ing a metal refining pot have the best opportunity of 

keeping their metal in g 1 condition. Those who do 

not possess such a convenience are obliged to feed old 
slugs in the melal pot which are more or less covered 
with ink. The purity of the metal used should be given 

Where slugs are fed into the metal crucible, a little 
sal ammoniac added and stirred before skimming will 
help bring the dross to the surface. 

Gas Regulation 

Note — Read in connection with accompanying draw- 




Reyulalum of Gas Healed Metal Crucible 

Success in operating a Ludlow machine equipped 
with a gas heated melal crucible depend- in no small 
measure upon the gas regulation. The machine -liould 
be installed on the main line with the other metal 
machines of the office, which line is. of course, regu- 
lated by a main governor, lint the expansion governor 
on the Ludlow is very important to the regulation of 
the heat of the machine. 

Some of the first Ludlow installations were made 
with the gas gove 
only, but it has been found v 



ecteel to the c 



file burner 



MANUAL OF INSTRUCTIONS 



the mouthpiece burner also, to the governor. Both 
burners are then under one control and as the heat at 
the mouthpiece responds very quickly to an increase or 
decrease in flame, a stead)' control for this flame has 
proved its worth. 

Owing to the fact that the expansion and contraction 
of type metal is greater than cast iron, it is necessary to 
light all burners at the same time, for if the crucible 
burner is lit and the moulh and lliroat burners are not, 
the metal in the bottom of the crucible will melt out 
first, and therefore set up an enormous strain which is 
liable to result in a broken crucible; wherein if the 
throat and month burner* bad been lit, the strain in the 
bottom of the crucible would have been eased off 
through the throat and mouth. 

It is our experience that each machine has its own 
gas problem, but when it has been worked out very 
little trouble occurs fr.nn uvcrhealing. Keep the tem- 
perature of metal from 530 ; to 550" F. by turning the 
adjusting screw ( C) to the left to increase, and to the 
right to decrease the flame. The flame for the mouth- 
piece may occasionally need some adjustment. Make 
this adjustment tit the mouthpiece mixture needle point, 
(D) onlv when temperature in metal crucible reaches 
530° to 545° F. 

Height of Table to Mold 

The variance of the height between the top of the 
table and the top of the mold when in casting position 
should be 3/32 of an inch below surface. When the 
mold is in proper adjustment, it will lift the stick 



19 

slightly off the table, nearly 1/16 of an inch when the 
stick lies loose on the mold, but only about one point 
when locked in position. This makes the table rise in 
the center when the cast i- made. This is proper. Rais- 
ing the stick from the table during the cast allows 
matrices to be properly planed when the mold presses 
them against the equalizing bar. 

Correct Locking Pressure 

Lock the stick in position. Now grasp the adjusting 
screw on the end of the stick and pull. It should require 
a strong pull to remove it when properly locked. That 
is the test for correct locking pressure. This pressure 
is adjusted by the screw with the lock nut at the left 
end of the locking equalizing bar, to which the equaliz- 
ing bar is attached. 

Metal Crucible Adjustments 

Whenever it is necessary to make metal crucible 
adjustments, great care should be taken. In the first 
place, some mark should be put upon the parts to be 
adjusted in such a way that if your efforts do not suc- 
ceed, you will be in a position to replace the adjust- 
ments as they were originally, and start over again. 

In the upper right-hand corner of Plate A on page 
18, illustrations "A" and "B" show two kinds of incor- 
rect seating relation between the metal crucible and 
mold. Provided Part No. 213 is in proper adjustment 
I as explained below tindei "Mouthpiece \djusfment" ) . 
either condition can readily be remedied by lowering or 
raising the bracket (Part No. 234), as follows: Loosen 
both bolts No. 38; turn down both bolts No. 237 to 



THE LUDLOW SYSTEM 



remedy "A" condition, or turn up both bolts No. 237 to 
remed'v "I!" condition; then re-tighten both bolts No. 
38. Caution: Be sure that both bolts No. 237 are 
turned up or down the same amount. Apply "Test for 
Lock-up" instructions (second paragraph, page 8) 
carefully before and after making such adjustments as 

Mouthpiece Adjustment 

To make adjustment of the mouthpiece of the metal 
crucible with the mold proceed as follows: 

Bring the mouthpiece in position under the mold, 
bringing parts Xo. 220 and No. -12/ in position as illus- 
trated on Plate A. This shows the metal crucible and 
the mouthpiece in compression against the mold. This 
compression is taken up on part No. 217. Note detail 
"C" which shows head of bolt No. 213. which when in 
proper adjustment is raised about 1/16-inch from its 
platform. The raising of this bolt head indicates that 
the spring is in compression and that there is pressure 
between the mouthpiece and mold. 

This description covers all parts that are necessary 
to put mouthpiece in perfect contact with mold. You 
must, however, remember that the balance between 
these two adjustments, that of the mouthpiece of the 
metal crucible with the mold as described in the preced- 
ing paragraph, must be maintained so that no undue 









You a 



readily understand that if the rear is adjusted e 

tremely high, to force the front of the mouthpiec 

balance with the rear might throw undue strain or 



and perfect contact will not lie had. 
Low Plunger 

The port or intake at the back and bottom of the 
well is a long slot about one-fourth of an inch wide. 
To insure a good intake of metal the opening between 
the plunger and the lower edge of this well port should 
be at least 1/16-inch. The size of the opening can be 
determined bv inserting a wire of about that thickness 
bent into an "L" shape. It an adjustment must be 
made remove the back pin from the plunger connection 
lever, raise the lever clear of the upper plunger con- 
necting rod and turn the rod up or down, according 
to whether opening is too small or too great. 

Pot Swivel Adjustment Nut 

The pot swivel nut (Part No. 232) should be tight 
enough to steady the metal pot when turning, yet allow- 
ing an easv motion. To loosen or tighten this nut 
remove pin' ( Part No. 233) and turn to the right or to 
the left, allowing the pin to drop into the hole that 
gives the closest adjustment. 

ELECTRICAL EQUIPMENT 

Installing an Electric Crucible 

Remove the old crucible and refer to instructions for 
"Assembling Metal Crucible to Machine" on page 5, 
After the electric crucible is on its bearings and before 
you make the connections to the control box, adjust the 
metal crucible to the mold. Refer to instructions on 
"Metal Crucible Adjustments" on page 19. 



MANUAL OF INSTRUCTIONS 



Directions for Operating Electrically Heated 
Ludlow 

Any piece of electrical apparatus is more or le 
a puzzle to the layman. But the electric-heated 
low Typograph is so constructed and w 



i few i 

troubles arii 

There an 

the metal c 



e lettered C, L and H. 



little n 



3Uth i 



; 3 and - 



feed t 



icible i 



innected to correspond- 
■diich operates the mag- 



("Unit" is the term applied 
wires lettered C. L and H a 
ing terminals of the thermos 
netic switch of the control | 

In the terminal box at the back of the crucil 
five brass terminal bar> numbered : 1, 2A, 2B, 3 
Bars 2A and 2B are connected with a short pi 
wire and are therefore virtually one. This is 

referred to later. 
Arrangement of Units 



it No. 306-E is flat it 



■i located 
.ting cast 
v located 



This throat cover is insulated from the heat of the 
throat unit bv asbestos pads. Enough asbestos padding 
is used so that when the cover is screwed down, it rests 
squarelv on the pads with the flange of the upper end 
of the cover clearing the crucible casing. 

The mouth heating unit (Part No. A-303-E) fits 
into a round hole parallel with the mouthpiece. This 
unit is known as the cartridge type of unit. It is fif- 
teen sixteenths of an inch in diameter and about two 
and one-half inches long. It is inserted and removed 
ose of the metal crucible. 






Thet 



) metal tight units (No. 211-E and 
which are shaped to fit close to the 
ible and are submerged in the metal. 
strates the method of connecting these 



M^ 



:ms of the units as they pass under the 
ects into a small housing attached to the 
Inside of this housing the terminals of 



Electric Crucible Connections 



CONTKOi. /°S>/Y£-L 




MANUAL OF INSTRUCTIONS 



which lead into the terminal box and are connected to 
bars No. 3 and 4. (Plate B.) Two wires leading 
through the flexible conduit connect bars 3 and 4 to 
corresponding terminals in the control panel. 

As stated before, wires numbered 1 and 2 feed the 
mouth and throat units. Starting from terminal No. 
1 in the control panel, there is a short wire (A) which 
leads upwards through a short length of conduit at the 
top of the panel and is connected to a rheostat that is 
fastened to a bracket which is held on the machine 
frame by three screws. Its function is to control the 
heat at the throat and mouth. This rheostat is of the 
double type and is convertible for either 110V or 220V. 
In the 110V equipment, the upper and lower section 
are connected in parallel; two short wires join both 
sections, and the lead wires 
nals of the low 



ected ii 



short 



e connected to the 



erminals. 

When the knob of the rheostat is turned until the 
small indicator points to number 14 on the graduated 
plate, the full resistance of the rheostat will be inter- 
cepting the current feeding the throat and mouth units, 
which will then be delivering the minimum of heat. As 
the knob is turned in the opposite direction, the resis- 
tance will be gradually eliminated until the indicator 
points to number one, where the full current is allowed 
to pass to the units, which will then deliver the maxi- 
mum of heat. 

From the rheostat (see Plate B), wire number 1 



leads through the panel and flexible conduit into the 
terminal box, where it is connected to bar Xo. 1. From 
bar No. 1, wire B extends through the wall of the 
crucible casing and proceeds between the crucible and 
the casing to the bottom of the crucible, where it is 
connected to one of the terminals of the throat unit. 
It continues and is connected at the throat of the cru- 
cible to one of the terminals of the mouth unit; thus 
the mouth and throat units are connected in parallel 
and are controlled jointly by the rheostat. 

You will notice that from the mouth and throat 
units, independent wires return to the terminal box. 
The wire returning from the throat unit is connected 
to bar No. 2A in the terminal box, and the wire re- 
turning from Ihc mouth unit is connected to bar No. 
2B. (See Plate B.) This is a matter of convenience 
in locating a defect in case trouble should arise in the 
heating of the mouth and throat. 
Trouble Indications 

Electric machinery, like all other human inventions, 
occasionally has troubles of its own. Electric heating 
apparatus is no exception to the rule. 

There is a limited number of amperes required to 
operate the electric crucible, and if the fuses as specified 
burn out, it indicates a defect such as a "ground" or 
"short" circuit, which must be repaired. 

The two main fuses should be 20 ampere (not over 
25 ampere) capacity for 110 volts; or 12 ampere (not 
over 15) for 220 volts. The upper fuse, which is on 
the throat and mouth circuit, should be 6 ampere (not 
over 10) for 110 volts; 3 ampere (not over 5) for 
220 volts. 



1 




THE LUDLOW SYSTEM 



healed ; 



if thei 



other 



applia 



the same circuit which feeds the 
Typograph. they will he thrown out 
of action when the main cut-out 
fuses are forced to burn out. 

A test lamp is the most convenient 
and time-saving tool which can be used 
for locating any trouble which may 
develop in the electric crucible. This 
test lamp (See Fig. S), requires two 
ordinary electric lamp sockets, one 
separable attachment plug and a few 
feet of flexible lamp cord. One 



rould b 









the attachment plug as shown 
;. 5, the ends of the wires leading 
the lamps to he used lor making 

ten the test lamp is connected to 
iting circuit anil the ends of the 

r. both lights will show half 
t. This because the lamps are 



ng hall o 
pose of 1 

L-ord. is t. 



The 



machine 


or anything that 1 


If a te 


st point is applied 




nit. and the light a 


element 


if the units is in 






with the 



inal of a 
e dimly, the 

the test points directly together and note the dif- 
ference in the light. \u dimming of the lights indi- 
cates a short circuit. No light will indicate open 

Apply one test point to a unit terminal and the other 
test 'point to the unit casing. If the test lamp shows 
no light, it will indicate that the heating element is clear 
or not grounded. 

tri al Terms 



"1 Ieating Unit. 
: "Element." 



A volt is pressure, like pom 

An "ampere" is the term fc 

of flow. Amperes develop li 

marked, the fuses may burn c 

How to Locate Trouble 

The Typograph Machine 



MANUAL OF INSTRUCTIONS 



Mouth and Throat Circuit 

When the upper itise in the panel burns nut. it indi- 
cates trouble in the mouth and throat circuit. Turn 
off hand switch in the control panel. 

In the terminal box at the back of the crucible, re- 
move wires B. I) and C from bars 1. 2A and 2B. Now 
connect the test lamp to the lighting circuit and con- 
nect one test point to wire I>. the other test point to 
wire J). If the lights are slightly dimmed, the throat 
heater element is in good condition. If there is a short 
circuit, the light will appear with same brightness as 
when the two points are brought directly together. No 
light will indicate an open circuit, probably a poor 
connection, or the unit is defective or "dead" as it is 
commonly called. 

one test point on wire II, the other test point on wire C. 
Now test all three wires, B. D and C for grounds. 
If the machine is grounded as stated above, simple 
touch wire B, D and C with the positive test point of 
the test lamp, hirst touch the bare iron of the machine 
with one test point and then witli the other. The one 
that lights a lamp is the positive test point. If the 
machine is not grounded, connect either one of the 
test points to the bare iron of the machin 



handled. 






Hov 



er, when the 

K-atiun of the 
defective mot 



ight goes 



nit, take off the 
small cover at the mouth, also remove the throat cover. 
You will find the mouth unit terminals connected to the 
lead wires in the recess at the side of the throat. These 
connections are covered with asbestos insulating tubing. 

To replace a defective throat unit, it is necessary 
to remove the throat cover and take out the asbestos 
beat insulating pad which covers the throat unit; also 
remove the large cover at the bottom of the crucible. 
The terminals of the throat unit are connected to the 
lead wires under the large cover. The connections are 
insulated with asbestos tape. 

When placing a new unit in the throat of the crucible, 
the end of the unit from which the terminals project 
should he even with, the bottom end of the throat chan- 
nel in which it rests. If the unit is placed too high 
towards the nose of the crucible so that its end rests on 
the curve of the throat surface, there will be an air 
pocket between the unit and the throat surface, which 
will prevent the throat from becoming properly heated. 

When re-connecting wires to terminals, he sure that 
tight 



-lu'g t 



The 



1 the c 
. You 



e the asbc- 



salch 






THE LUDLOW SYSTEM 



If : 



;s dclec 



•Remove the small cover which covers the terminals 
Df the rheostat. Disconnect the wires from the ter- 
n he tested independently, 
d to the lighting circuit. 
linal of the upper section, 
le Knoo so tliat tnc indicator | mints to number 
as you gradual!) turn the indicator toward 
14. the light should hecome more and more 
' t 14 is reached, which is the full 



1 poii 



ached, w 
Test the lows 



in the 



If the light goes out at 
a defect or open circuit, 
rheostat. 

To Test Crucible Units 



that each unit can be tested independently. 
Heat of Metal Controlled 

The temperature of the metal in the crucible is a 
matically controlled by the thermostat attached to 
back of the metal crucible wire housing box. 
thermostat is operated by mercury contained in a 
which is immersed in the metal. A tube leads from 
bulb to the thermostat and in the thermostat termir 
in a hollow spiral spring. The bulb, tube and spring 
completely filled with mercury and the thermost; 



dp 

□HPOJD 130 



case you can see an arrangement similar to the sketch 
here shown. When this little spring contact is in the 
position shown at la) the current is on, and when in 
the (b) position tile current is off. This operation is 
performed as follows: When the heat is turned on the 
mercury starts to expand and as it expands the hollow 
spiral spring before mentioned is forced to slighth un- 
coil, or straighten out. At the center of this spring is 
fastened a thin piece of steel which extends downward, 
and at its bottom end are secured the contact springs 
above shown. When the metal readies a certain degree 
of heat the contact shown at (a) is broken and the bar 
travels across to the other side and makes the contact 
shown at (b). When this contact takes place the cir- 
cuit is broken in the control panel. This allows the 
metal to cool, and as it cools the spring in the thermo- 
stat recoils and brings the contact spring back to the 
(a) position, again throwing on the current. After the 
crucible has been brought to the proper temperature it 
usually only takes three or four minutes for the spring- 
to travel from the (a) to the (b) position, but it. 



MANUAL OF INSTRUCTIONS 






1 heat. 



: consumption and keeps the metal 



To Change the Temperature 

Directly behind the contact springs of the thermo- 
stat there is a scale with a sliding point in front of it. 
On one side of the center of this scale is the word 
"Raise," on the other side "Lower." A screw head 
projects from the case at the lower right hand side. 
If it is desired to have the metal hotter, turn this screw 
so that the point in front of the scale moves toward 
the word "Raise." Turn the screw the opposite way 
if it is desired to have the metal cooler. 

In the absence of a thermometer, the temperature of 



the metal can be very accurately judged with a piece of 
white paper. Fold the paper several times and insert 
it in the metal, holding it there ten seconds or longer. 
If the temperature is correct the paper will be turned 
a very light straw color. If too hot, it will turn black. 
Try always to keep the metal at that degree of heat 
which gives the best working results. If a thermo- 
meter is at hand the correct degree will be found some- 
where between 525 and 542 degrees, 

The control panel at the back of the machine con- 
tains the starting switch, the circuit breaker, and three 
fuses. The switch and fuses are all that need concern 
the operator. 

Again, remember to never do any work on the elec- 
tric equipment of the Ludlow without first turning off 
the switch and removing the two main fuses. 



) 



) 








PRICE LIST OF PARTS 











Table Legs, Left and Right 




Table Top 




A 



34 




Frame Parts 






) 
















A-17 

25- 


A -26 










30-A 

II 














43 
57 


1 






Plate 4 

1 







q/ Frame Parts /%/ 


■ 




- — ,~ 






^ ^ ^ ( ©=3 = - PPJ|^ 




55 - «^- o -**- f c^zj 




67 68 69 6 m m ] '1 M 






79 




82 




«_____ yj ^ ^ , _ _ ^ ^ 




Plate 5 / f 





FRAME PARTS 



Frame front plate 

Frame front plate screw 

Frame front plate dowel 

Oilers (use with all oil tubes) 

Main shaft 

7 Main shaft bearing (left) assembled. . . 

Main shaft bearing screw 

Main shaft bearing screw 

Main shaft collar (right) 

Main shaft collar pin 

Main shaft collar (left) 

Main shaft collar pin 

Main shaft cam key 

6 Main shaft bearing (right) assembled. . 

Main shaft bearing screw (use No. 18) . 

Main shaft bearing cap screw (use Ni 

20) ■ 

" Frame cover screw (use Nc 672) 

Leg (right) 

Leg screws 

Leg (left) 

Leg motor screw 

Leg brace (front) 

Leg brace screw 

Leg brace (rear) 

Leg screw washer 

Table (casting only) 



1 / 2 "-13xl/ 2 " ... 

56 iV'^H" 

C No. 2 Winkley. . 



$86.00 


Connote 


40.00 


Conoid 


.20 




.15 


Conscript 


.25 




5.00 




5.00 


Console 


.15 


Consort 


.45 




1.35 


Contex 


.15 


Contort 


1.35 




.15 


Coomb 


.25 


Corner 


10.00 


Contuse 


3.50 


Convict 


16.50 


Cooper 


.20 




10.50 




.15 


Copier 


1.30 




.20 


Corn 


1.75 


Couch 


.15 


Cougar 


61.00 


Cove 



I 







FRAME 


PARTS 


37 




Par.N 


NAME OF PART 


Plate No. 


Style 


SPECIFICATION 


S Price Code Word 


49 


Table hinge 


s 






2.00 Cow 


50 


Table hinge pin 


5 










51 


Tahle hinge pin set screw 


5 


4 


1 4 "-20 A" 


.15 Crag 




52 


Table hinge bracket 

Table hinge bracket screw (use X 


5 

). 12) 5 






..... 1.75 Crape 




53 


Table tilling piece 








1.25 Crater 




54 


Table hinge bracket dowel 




56 




.15 Ccow 




55 


Table binge dowel 




56 


T - si ." 


.15 Craze 




56 

57 


Table tilling piece screw 

Table lifter 


::::: 4 


8 


10-30x54" 


'.'.'.'.'. .. 6'00 Coral 




58 


Table lifter fulcrum 


..... 5 






1.50 Corban 




— 59 


Table lifter fulcrum nut 




101 


J4M3xA"". '." '.'•'. 


20 Corbeil 




— 60 


Table lifter latch 


'.'.v.. 5 






1.00 Corsule 






Table lifter latch stud (use No. 4k 


).... 11 








63 


Table lifter latch fulcrum washer n 


it.... 5 


101 


a i3x'; 


.25 Cordial 




64 


Table lifter fulcrum washer 




201 


/ 2 "xl-M"xA" .... 


.20 Cordontz 




66 


Table lifter link 

Table lifter link pin (use No. 54) . 


'.'.'.v. 5 






1.50 Cordon 




67 


Table lifter link hinge pin 


5 






35 Corinth 




68 


Table lifter link hinge pin cotter . . 


5 




j\'"x^'"' '.'.'.'.'.'.'.'.'.'. 


10 Corky 




69 


Table lifter link slide pin 

Table lifter slide 

Table lifter slide screw (use 556) . 


5 

'.'.'... 12 






.30 Cormus 

4.75 Cornet 






Table lifter slide dowel 


5 


56 




.15 Corpse 




75 


Table lifter slide cap 








1.15 Cortex 




76 


Table lifter slide cap screw 






i4"-i6xii"' "!'.''.'. 


.15 Cortile 




78 


Table guard (right hand) 








2.40 Corvine 






Table guard screw 


'. . \ \ '. 5 


8 


10-30x^" 


15 Cosier 




SO 


Table guard (left hand) 








2.40 Cosmic 

IFhen ordering parts, see Page 4 





( 



Driving Mechanism Parts 






O = ® 



1 55- A 156-A < 37 




Driving Mechanism Parts 




FRAME PARTS 



Table guard screw ('use 
Table guard rear (right 
Table guard rear screw 
Table guard rear (left) 

Table catch...' 

Table catch spring washer (use 

615J4) 

Table catch stud 

Table catch stud nut 

Table catch pin 

Table catch stop pin (use No. 557) 



9).. 



DRIVING MECHANISM PARTS 



1.80 Costard 

1.80 Cote 

1.50 Daddock 

.30 Daddy 



Motor 

Motor brush (short spring) . . 

Motor brush 

Motor spring oiling wick. . . . 

Motor oil packing 

Motor brush (long spring) . . 
Switch box screw 



112 Switch box 6 









$30.00 


Also 


tV I'd. . . 






.65 


Alt 








.65 


Altai 


}i" felt.. 
tV rd. . 






.65 

.65 
.65 


Altern 
Air hea 
Alva 


Round head 








No. 8xj4" 






.05 


Dahline 


No. 10 A. 


1) 


P. indicating 






snap switch concealed base 






and round 


button 


1.50 


Diry 


No. 17- A 

plain cove, 


rd. 


Bassert with 
i" dia 


.75 


Dakir 



m 



DRIVING MECHANISM PARTS 



Part No. KA 


ME OF PART 


Plate No. 


St 5 le SPECIFICATIONS 


Price 


Co.le Word 










.05 
.05 


D-tkoit 


115 Motor switc 


h base screws... 


6 


No. 10x1 yy rd. head wood 


Dallop 




,V"xlj4" rd. head stove 
bolt with nut 








Dallv 



Motor pulls. 

122 Motor pulley set screw 

126 Motor wire 

128 No. 14 BN connector No. 7120 

130 No. 60S! I brass terminal bushing for N 

14 BX 

131 Pipe clip y s " 

132- A Condulet 

Condulet screw 1 use 734 ) 

133-B Condulet fuse block 

134-A1 10 Amp. cartridge fuse for 110 vo 

134-A2 6 Amp. 'cartridge' fuse for 220 volt' mote 

135 Pipe clip screw 

136 Pulley 

Pulley shaft 

- Pulley set screw 

Pulley pinion (rawhide) 

Pulley pinion taper pin 

Belt 

Belt tightener pulley 

Belt tightener stud 

Belt tightener stud oiler (use No. 15) . 




YC 1302 type YC condulet 



.50 Dampen 
.05 Damask 
5.00 Dampish 



.15 Dannock 

5.00 Daphine 

1.75 Dapple 

.15 Darner 

4.50 Daroo 

.15 Darsis 

1.25 Dartel 

1.75 Dauphin 

1.50 Davine 



DRIVING MECHANISM PARTS 



] loll tightener lever 

I it'll tightener lever fulcrum 

I it'll tightener fulerum washer ( u: 

64) 

Belt tightener fulcrum nut 

Driving gear (main shaft) 

' 1 having gear assembled 

Driving gear pinion 

I having gear pinion pin 

Driving gear safetv pin 

Driving gear safetv kev 

Driving gear safety washer 

Driving gear salety washer screw 
Driving gear safetv lock washer.. 

I Iriving shaft ' 

I Iriving shaft collar 

Driving shaft collar pin 

Gear guard 

( lear guard screw 

Gear guard cover screw (use Xo 

Drive shaft bracket 

Drive shaft bracket screw 

Drive shaft bracket dowel 

Main -haft bearing oiler (use Ni 

Main shaft bearing oil tube 

Alain shaft bearing (left) oil tub; 
Delivery slide lever oil tube 



, 2.25 Decry 

50 Decurt 

101 ">4"xl3x^" ............ .20 Deeplv 

6.00 Defalk 

12.50 Defend 

3.00 Defirth 

55 Xo. 3x2" 15 Defeat 

7.50 Defile 

Xo. 3x2y 2 " 15 Define 

25 Defier 

75 Defoe 

25 Defoul 

10 Deft 

2.50 Deliac 

75 Delete 

55 Xo. 3x1%" 15 Delight 

2.75 Deluke 

1 ;4"-20x.>6" 15 Deg 

1.50 Delver 

20.00 Demur 

3 T y-14xl><" 30 Dengue 

56 ,V'xlj4" 15 Denier 

yi" brass tubing .75 Denude 

• ' 75 Digit 

Yz" brass tubing .75 Dipper 



Metal Pot Parts 



— -;- 



o l mm §. -• - 

2 | 7 221 "^i ;•:-,::! ? 



228 229 230: ! 






240 241 242 
256 257 



""' 






281 282 ' 



44 




Metal Pot and Parts 


1 




® 


w 

220 231 232 




A-205-2 
234 




, 






Plate 9 



) 


DRIVING 


MECHANISM PARTS 




45 


Part No. NAME OF PART Plate No. Style SPECIFICATIONS Pries Code Word 


197 

198 
199 




. 6 

POT 




.75 
75 


Disbase 
Discure 


Clutch body oil tube 

Pulley shaft oil tube 

METAL 


Y%" brass tubing 

Yi" brass tubing 

AND PARTS 


Part No 


NAME OF PART 


Plate No. 


,i-i .in. - ii. 


Price. 


Code Word 


A205- 

213 
214 
215 
216 
217 
220 

221 

224 

227 
228 
229 
230 
231 
232 
233 


2 Metal crucible assembly 


. 9 

'. S 

.' s 

. 9 

'. 8 

'. 8 

. 9 
. 9 

. 8 




60.00 

.75 
.20 
.35 
.10 
.25 
45.00 

'.7.5 

2.00 
.35 

4.00 
.15 
.15 
.30 
3.25 
2.50 
.50 


Dilate 
Distill 
Disting 
Distrite 
Distune 

Doodle 

Doric 
Dormer 

Dorsal 
Dorture 

Dortant 
Dottree 

Doublet 
Doucet 

rts, see Page 4 




























Pot cam roll 














Pot cam lever fulcrum cotter (use N 

68) 

Pot cam lever shoe 






3 M"-20x%" 

5 y,"-20x ; >r 




Pot cam lever adjusting screw checkn 
Pot swivel 












Whc 

















1 


46 


METAL POT AND PARTS 






( ) ; 


Part No 


NAME OF PART P 






Style SPECIFICATIONS 


Price 


Code Word 




234 


Pot swivel bracket 


9 






6 75 


Duchess 




235 


Pot swivel nut pin cross bar 






56 y s "xU/s"' '.'.'.'.'.'.'.'.'.'.'.'. 


.15 


Dunnage 




236 


Pot swivel bracket screw 

Pot swivel bracket screw washer (use 
No. 64) 








.35 


Dung- 


'" i 


237 


Pot swivel bracket adjusting screw 

Pot swivel bracket adjusting screw 

checknut 1 use No. 59) 

Pot swivel oiler (use No. 15) 


5 






.60 


Downcast 




240 


Pot casing binge pin 








.35 






241 


Pot casing screw 






7 J4"-20.x)4" 


.15 






242 


Pot casing dowel 

Pot casing binge pin cotter (use Xo. 6S ) 


5 




56 A"xtV 


.10 


Drugger 




247 


Pot mouthpiece 








'. '. 5.00 


Dullard 




248 


Pot mouthpiece screw 






i lo-zbxyj'". .".'.'.'..'.,. . 


.15 


Dulse 






Pot mouthpiece opening cover 


8 






.60 


Dunder 






Pot mouthpiece opening cover screw 
















(use No. 216) 














251 


Plunger 








2.50 


Eagle 




252 
253 


Plunger pin 

Plunger link 


jj 






.50 
1.00 


Easter 
Ebbs 


* 


A-254 


Plunger cam i last i assemble 

A-254 Plunger 
1 -254 Plunger 


9 


gg 


assembly as' follows: 


25.00 


^ lpSe 






1-255 Plunger 




i adjustable ) 










1 -228 Plunger 
















3-326 Plunger 






jwel 










2 -256 1 'lunger 




ad.iu 


table) screw 










2 -257 Plunger 
















1 -283 Plunger 


■am 


shoe . 










When 


rdermg parts, sec age 4 















256 Plunger cam (adjustable) screw 8 3 ^"-16x1^" 20 Elone 

257 Plunger cam screw washer 8 201 7 i ," x ,VxV 15 Ecbole 

Plunger cam pin | use No. 22) 5 

A-258 Plunger cam lei er assembled 9 10.00 Echo 

259 Plunger cam lever fulcrum 8 1.50 Eclat 

Plunger cam lever fulcrum cotter (use 

No. 632) 13 

260 Plunger cam lever bracket 9 4.50 Elfin 

Plunger cam lexer bracket oil tube (use 

No. 194) 6 

261 Plunger cam lever bracket dowel 8 56 y 4 "xj/ s " 15 Retype 

262 Plunger cam lexer bracket screw 8 .45 Elope 

263 Plunger spring 9 1.25 Eden 

264 Plunger spring connection 1 upper ) . . . . 8 50 Edile 

265 Plunger spring connection < lower ) 8 50 Elluce 

266 Plunger spring connection clevis pin. . . N 56 \ ,"xl" 15 EfForm 

267 Plunger spring connection cle\ i.- S 2.00 Effray 

Plunger spring connection clevis nut 

(use Xo. 59) . 5 

268 Plunger (extension, si .ring connection. 8 2.00 Egad 

269 Plunger spring connection extension nut 8 101 ?.s"-llx 1 : k" 25 Egest 

270 Plunger spring connection swivel 8 2.00 Egger 

271 Plunger connection rod ( upper ) 8 1 50 Egma 

272 Plunger c- mnecti. m n ul ,1, nver I 8 2.00 Egress 

Plunger connection rod nut 1 use Xo. 59) 5 

274-A Plunger connection lever . . .' 8 2.00 Eisel 

275 Plunger o mnectton lever pin N 25 Elder 

Plunger connection lever pin cotter (use 

Xo. 68) 5 



3 Burner and Parts 




i 'lunger 




i lever bruket screw 


Plungcr c 




yoke cam lever stop 


Hunger i 
Plunger i 
Plunger c 
Plunger c 

lounger < 
Plunger c 
Plunger c 
Plunger c 

[.'lunger , 
.1 'lunger i 
1 'lunger < 
1 'lunger 


nil shoe 
am shoe 

■am lev 

95)... 


yoke 


1: :-r ,:in (front) 

lexer bolder 

lever holder stud. . . 


screw (use Xo. 22^) 
dowel (use Xo. 326) 




biaeket ehecknut. . . . 
roll 


uise*Xu 





IS 


Eveler 


.50 


Elvan 


.15 


Embank 


.bS 




.60 




;3S 


Emblem 


.50 


Embody 


.50 


Empeach 


.20 






I'.nilialm 


.50 


Encave 


.00 


Encina 



GAS BURNER AND PARTS 



Base burner gasket 

Base burner mixer needle v 



GAS BURNER AND PARTS 



311 Base burner flexible tube 10 

312 Ease burner screw 10 

A-313 Mouthpiece burner 10 

A-314 Mouthpiece burner mixer 10 

315 Mouthpiece burner mixer needle valve. . 10 

316 Mouthpiece burner mixer shut-off cock 10 

317 Mouthpiece burner mixer nipple 10 

319 Base burner shut-off cock 10 

320- A Gas governor frame 

A320A ( las governor assemble 10 

Gas governor frame screw (use No. 681) 13 

325 Slue, hi'lder hearing screw nut 

326 Plunger cam shoe dowel 

327 Gas governor nipple 

336 y s pipe tee 10 

337 Gas governor elbow 10 

338 Gas governor nipple 10 



366 Gas governor frame cover sere- 

A-367 Gas governor expansion tube. . 

369 Gas governor carbon 

370 Gas governor lever 

A-370 Gas governor lever assembly.. 

371 Gas governor lever fulcrum. . . 

372 Gas governor lever spring. . . . 

373 Gas governor lever spring stud 

374 Gas governor valve 

375 Gas governor valve washer . . . 



1.75 


Eparch 


.15 


Wistful 


1.25 


Ephold 


2.25 


Estop 


1.00 


lAtreat 


75 


lAtrade 


.15 




.75 


Wisp 


5.00 


Estrick 


25.00 


Etape 



.10 


Wish 


15 


Exile 


20 




.15 


Fabric 


1.50 




.20 


Fain 


1.00 


Fala 


.30 


False 


1.50 


Fame 


3.1X1 


Famuli 


.30 


Fanar 


.10 


Fa.ie.le 


.25 


Fango 



Tripping Mechanism Parts 







52 


GAS 


BURNER PARTS 







Part No 


NAME OF PART 


Plate No. Style SPECIFICATIONS 


Price 


Code Word 


376 
377 
378 

379 
380 
381 
382 
383 
384 






.10 

.15 
.75 

.15 

L50 

'.30 


Farad 


Gas governor valve spring washer . . . 
Gas governor adjusting screw ...... 

Gas governor adjusting screw lock scr 
(use No. 570) 




Fardel 




Farl 






..10 


Farm 






Fars 


Gas governor nipple (outlet) 

Gas governor mouthpiece burner tub 




Fascia 




Fasht 




Fatrels 








TRIPPING MECHANISM PARTS 




Part No 


NAME OF TART 


PlateNo. Style SPECTFlCAilONS 


Pr.ee 


Code Word 


405 

406 
407 
408 
410 
411 
414 
415 
416 

418 

When 


■ 




2.00 

.35 
1.00 

.15 
1.00 
.15 
.30 
.25 
.75 

1.00 


Pacade 






Facet 






Faceter 


Tripping lever connection stud 








Factum 


Tripping lever intermediate fulcrum. 




Faddle 




Fading 






Fagot ' 


Tripping lever inlermediate bracket. 
Tripping lever intermediate brae 
screw (use No. 248) 




Falcade 








Falding 


Tripping lever clevis stud (use No. 4( 











TRIPPING MECHANISM PARTS 



Clutch body..... 

Clutch body pin 

Clutch body dowel 

Clutch pin 

Clutch pin spring 

Clutch body oil tube bushing 

Clutch pin spring- screw 

Clutch pin guide pin 

t dutch gear guard 

Clutch gear guard screw (use No. 807) 

Clutch release 

Clutch release fulcrum 

Clutch release fulcrum cotter (use No. 

68) 

Clutch release connection 

Clutch release bracket 

Clutch release bracket screw (use No. 

171) 

(. hitch release plunger 

Clutch release plunger spring 

Clutch release plunger spring screw.... 

Clutch disc 

Clutch disc screw 

Clutch disc dowel 



56 



56 



1 



56 



7.50 Fallow 

' 15 Fanfare 

.10 Fang 

2.00 Fangot 

'50 Fantams 

7 8-36xi4" 15 Farness 

W; ■" 10 Fasces 

1.00 Fasti 

4.00 Father 

35 Fathom 

.'.'.'.' .".'.'.'.".' .'.'.'.'.':'.' .'.'.'.'." .45 Fatlute 
2.50 Faubit 

10 Faula 

^"-13x^" 15 Fausis 

5.00 Faros 

/i"-20x//' 15 Favtour 

{V'^Y 15 Febid 



Locking Mechanism Parts 



511 512 5|6 bW 
siu 

544 



560 



555 




575-A 



56/ 



5/0 



__ 576-A 577 

3 " • 585 



V 



587 




580 582-A 

597 592 593 562 ~ 595" 598 
Plate 12 



LOCKING MECHANISM PARTS 



Locking 1 

Locking r 
Locking r 

Locking r 

Locking r 
Locking r 

Locking r> 

Locking 
Locking 



;e rod yoke .... 

>e rod stud .... 

ie rod spring. . . 

e rod bushing. . 

e tripper fulcru 

* tri PPer 

>e tripper fulcri 

ie tripper fulcruin 

se tripper spring 

;e tripper spring pin 

tripper stud i main slide ) 
tripper holder 




inn 


Fecula 


.15 


Leckless 


.15 


Felsire 


1 ?s 


Ferial 


15 


Fertile 


?. on 




?,o 


Festal 


50 


Festoon 


,75 




10 


Fetla 


10 


Feudal 


75 


\\ lsdom 


.45 


Wipe 


1.50 




.25 


Fever 


10 


Fibster 


10 


Fibrine 


.15 




.30 


Fidget 


J. 2b 


Fidgeter 


JO 


Fidgetig 


400 


Fief 


.15 


Winter 


.50 


Winsome 


.1.00 


Winnow 


.10 


}V"<™,- 



LOCKING MECHANISM PARTS 



o 



Locking lever handle screw 

1 .ricking lever fulcrum 

Locking lever fulcrum set screw (use- 
No. 583) 

Locking lever anchor 

Locking lexer anchor screw 

Locking lever anchor dowel 

Locking lever link 

Locking lever link stud 

Locking lever spring 

Locking lever link stud nut 

Locking lever spring screw fuse No. 

734) 

Locking slide 

Locking slide shoe 

Locking slide shoe spring 

Locking slide adjusting safety screw... 

Locking slide shoe stop screw 

Locking slide guide I front ) 

Locking slide guide ( front ) screw- 

Locking slide guide dowel (use No. 3-0 i 
Locking slide adju.-ling -.crew set screw-. 

Locking slide guide (rear) 

Locking slide guide screw i rear ) ( use 

No. 511) 

Locking slide guide dowel (use No. 51- ) 

Locking guide 

Locking guide screw 

Locking slide guide screw (hack) 



6.00 




1.25 




.10 


I- lagrare 


.20 


Flail 


.20 


Flagstaff 


2.50 


Flagpole 


.25 


Flamcn 


.15 


Flamho 


y.bo 


Flamenier 


1.50 


Flanker 


.20 


Flannel 


.15 


Flattish 



Looking guide adjusting block 12 

Locking- guide adjusting block screw 

(use No. 556) 12 

Lucking slide safety pawl 12 

Lucking slide safety pawl spring 12 

Lucking slide safety pawl plunger (use 

No. 545) 12 

Lucking guide adjusting Mock dowel. . . 
Locking guide adjusting block adjusting 

Locking lever fulcrum set screw 

Locking guide screw washer 12 

Locking equalizing lever 12 

Locking equalizing lever stud 12 

Locking equalizing lever stud nut (use 

No. 562) 12 

Locking equalizing lever spring 12 

Locking equalizing bar lock washer.... 

Locking equalizing bar 12 

Locking equalizing bar stud. 12 

Locking equalizing bar stop pin 12 

Locking equalizing Icier adjusting screw 12 
Locking equalizing lever adjusting screw 

nut (use No. 230) 8 

Locking slide safety pawl bumper for 

Locking slide safety pawl fulcrum 12 



.15 


Flogger 


.10 


Flodder 


.15 


Fundus 


2,00 




.20 


Fort 


1S 


Fossil 


10 




3.00 


Fotmol 



Slide Mechanism Parts 



( ) 











602 


















601 






' 


1. . 
608 


•- e,o" eTT 


612 

•"» 3=3 3 | 
618 619 62 | 


606 
032 




615 -"" 

1 




- 


617 -_ 

628 6 29 


633 


62:- 






; '-'■ 


: 

666 667 668 


631 


...... 








645 ^ 6 

6t0 ,:.■ 

; • 

670 A 671 A 

682 'S-lKlliif 

4-=3 _ 65 

696 697 m 

698 


' , 










672 • 






69{ 


— 






a "™ ,umi *' 1> 676-A 67 7 A 681 
695 



Slide Mechanism Parts 




i 





^L^i 



, , o - 

589 



686 687 



SLIDE MECHANISM PARTS 



) 



Main slide 14 

Main slide gib (back) 13 

Main slide gib adjusting screw 13 

Main slide gib lack i left band ) 13 

Main slide gib back adjusting screw. ... 13 
Main slide and bottom trim cams as- 
sembled 14 

Main slide gib (front) 13 

Main slide gib i front j adjusting screw- 
fuse No. 604) 13 

Main slide gib i front I adjusting screw 

(top) (use No. 583) 

Main slide gib dowel I use Xo. 425) .... 

Main slide cam dowel 13 

Main slide cam pin (use No. 22) 5 

Main slide cam screw 13 

Main slide cam roll 13 

Main slide cam roll stud 13 

Main slide cam roll stud set screw (use 

No. 626) 

Main slide dowel 13 

Main slide adjusting plate 13 

Main slide adjusting plate '.new 

Main slide adju.-ting olatv screw washer 

(use No. 64) 

Main slide adjusting screw 13 

Main slide adjusting screw check nut. . . 13 
Main slide adjusting screw lock washer 
Main slide spring 13 



10-30x3 
10-30x3 



$50.00 Frock 
1.50 Froth 
.10 . 'Frother 



.20 Caddish 
1.00 Gadoid 
1.00 Gallic 



.25 Gafol 
3.00 Gaiter 
.25 Galena 



SLIDE MECHANISM PARTS 



Part No. NAME OF PART Plate No. Style SPECIFICATIONS Price Code Word 




Main slide 
Main slide 


spring bar 13 

spring ar screw ^ ^se , ^. ^ 






Gambit 










618 


Main slide 
Main slide 
Bottom trin 
Bottom trin 
Bottom trin 
Bottom trin 
Bottom trin 
Bottom trin 
Main slide 
Bottom trin 
Bottom trin 
Bottom trin 
No. 626).. 
Bottom trin 
Bottom trin 
Bottom trin 

Ejector slide 
Ejector slid 

216) 

Bottom trin 
Bottom trin 
Bottom trin 

) 6 pt. ejecto 
12 pt. eject 








Gambage 










l slide 14 

i slide roll 13 






















Gangue 












slide gib pin (use No. 326) 

slide adjusting screw .' 13 

am roll stud lock screw.. .. 
cam roll 13 








625 


4 >r-20x%" 


15 


Gannet 




















cam roll stud set screw (use 














gaphara . 




lever fulcrum 13 

lever fulcrum cotter 13 

lever oiler (use No. 15) . . 5 
































■ gib guard screw I use No. 

'lever oil' tube .'....'.' '.'.'.'.'.'. 13 
knife 13 

knife screw (use No. 171) 6 

ir blade! '.'.'.'.'.'.'.'.'.'.'.', '.'.'.'.'. 13 
























































642 




50 


Gastric 



643-A Ejector slide 14 10.00 Gaulus 

Ejector pin (use No. 425) 

644 Ejector slide gib 13 1.50 Gaunlet 

645 Ejector slide gib adjusting screw 13 4 y A "-2Qx%" 15 Gavel 

Ejector slide gib pin ( use No. 557) 12 

A-647 Ejector and delivery cams assembled. . . 14 30.00 Gavot 

648 Ejector cam roll 13 1.00 Gawky 

649-A Ejector cam roll stud 13 1.00 Gazra 

Ejector cam roll stud nut ( use No. 59) 5 

A-650 Delivery slide assembly. 14 60.00 Gazel 

651-A Deliver slide lever. .' 14 6.00 Gazzam 

A-652A Delivery slide lever stud 13 2.00 Gecko 

Delivery slide lever stud nut (use No. 

269) .'. 8 

654 Delivery slide lever stud washer 13 201 .V'xl .i; s >c :i V 25 Older 

655 Delivery slide lever stud oil hole screw.. 13 4 S-36x' 4 " 10 Gemote 

657 Delivery cam roll 13 1.00 Gershon 

658-A Delivery cam roll stud 13 75 Gerper 

Delivery cam roll stud nut ! use No. 59) 5 

Delivery cam screw ( use No. 608 ]...". 13 

Delivery slide cam dowel i use No. 607) 13 

660 • Slut;- guide i right hand I 13 35 Gibbet 

Slug guide screw I use No. 216) 

662 Slug guide (left hand) 13 

Slug guide screw ( use No. 216) 

663 Slug holder (right hand) 13 

664 Slug holder i left hand ) 13 

665 Slug holder spring 13 

666 Slug holdei spring pin 13 



.35 


Gingei 


25 


Gipsir 






10 


Ilenil; 


.20 


Heron 



SLIDE MECHANISM PARTS 



667 Slug holder bearing pin 

668 Slug holder hearing screw 

Slug holder hearing screw nut (use Xo. 

670- A Slug holder bearing plate (rear) 

Slug holder hearing plate- -crew I use Xo. 
79) 

671 Slug holder hearing plate (front) 

Slug holder hearing plate t front ) dowel 
(use Xo. 425) 

672 Slug holder hearing plate screw (front) 
674 Delivery slide cover 

Delivery slide cover screw (use No. 216) 

676-A Mold wiper ( with buttonhole) 

677-A Mold wiper cover 

678-A Mold wiper cover rivet .'.'.'.'.'.'.'.'.'.'.'.['. \ 

680 Delivery slide gib t right hand) 

681 Delivery slide gib screw 

682 Delivery slide gib dowel 

68.i Slug carrier gear (upper) 

686 Slug carrier |ear ( (lower]..: I:;;;::;; 
°° 7 S hig carrier gear spring washer 

fiSQ C 1 Ca ' TUT S ' e ''"' r,am| ' WaShel ' 

f^ S«g earner gear sleeve 

690 Slug earner gear stud 

692 llu S tnrn 'r ° pel ' ati " s rack <lowel ■ 

A 695 Slug carnt'rtck assembled 

694 Slug carrier dowel \ 



3.00 Hilding 



.25 


Condign 


17b 


Condole 


3.00 


Atop 






.10 




1.00 




.15 


Confess 


.30 


Confide 


1.00 


Windmill 


1.50 


Wind 


.50 


Winch 


.10 


Win 


1.00 


Wilt 


.25 


( ongius 




Conglobe 




Congou 


4.00 


Conject 


.10 


Conjoin 



Stick Stop and Safety Mechanism Parts 



730 731 732 



739-A 740-A 



O ~~ ( 



747- A 746 \ 751 




1 
) 




SLIDE MECHANISM PARTS 




65 


Part No 


NAME OJ> PART PlateNo. 


Style SPECIFICATIONS 


Priee 


Code Word 


695 

696 

697 
69S 


Slue carrier operating rack 13 




2.50 Hakot 
.25 Hallux 

.10 Halsen 
.15 Hamite 

PARTS 




Delivery slide pin cotter t use X... hS ) . . 5 
Delivery slide operating rack stop pin.. 13 
Main slide spring bar screw 13 

STICK STOP AND SAFE 




1 8" X 20xjS" 


TY MECHANISM 


712 
713-A 

717 
723 

725-B 

726 
730 1 
731 


NAME OF PART ■ Plate No. 


Style SPECIFICATIONS 


Price 


Crate Word 


Stick stop for 21 em 15 




1.50 
1.50 

.15 

'. .10 
3.00 

.15 
.30 

.50 
3.50 

.10 
1.50 


Hatnose 
1 lampster 
Ilansa 

ilaran 
Hardee 

Hare 

Harlot 

Harsh 
Harpy 

fiazer 
Hebron 
Heifer 




Stick stop adjusting screw set screw. ... 15 
Stick stop hinge pin (use No. 592).... 12 










Stick stop slide guide screw ( use No. 18) 5 

Stick stop slide guide dowel 

Stick stop slide guide block 

Stick -lop -.lide guide block screw (use 
No. 248) 






A A 






Stick stop slide 15 

Stick stop adjusting screw (use No. 604) 13 








Safety lever 15 






W 





Mouthpiece Wiper and Parts 




813-B 814-A 



831-A 833-B 



STICK STOP AND SAFETY MECHANISM PARTS 




.15 Melpatl: 

1.00 llemal 

.15 Hepbil 

1.50 Hcrbar 



.25 Depeach 

1.25 Depaint 

.25 Delov 

.85 Deplore 



Galley and Slug Pusher Parts 




MOUTHPIECE WIPER AND PARTS 



805-A Mouthpif 

A-806B Mouthpi, 

806-B Mouthpii 

Mouthpi< 



833-B Mmithpircc 
835 SIul- pn-lier 

844- B Mouthpiece 



ce 3"r 


ssemblv 

racket 


','' «;;;:,' ; 


anro 'lever!!'' '.'.'.'.. 





fir 


ever stud 


taper 




•I"'" 1 " 


sprint; pi 






, ]>r j n ,r. 





GALLEY AND SLUG PUSHER PARTS 



( iallev base 17 

Gallev base screw fuse Xo. 672) 13 

Galley bracket 17 

Gallev bracket screw (use No. 171) ... . 6 

Galley bracket dowel ( use No. 512) ... . 12 

Slug pusher 17 

SIul; pusher bracket 17 

Slug pusher bracket dowel i use No. 557) 12 



Electric Heated Metal Pot and Parts 




277-E 249-EA 



Electric Heated Metal Pot Parts 




GALLEY AND SLUG PUSHER PARTS 



Slug pusher 
Slug pusher (. 



Shu; pusher slide spring p 
Blank slug block 

lilank slug block knob... 



ELECTRIC HEATED METAL POT AND PARTS 



Bottom casing cover screws (use No. 
216) 

204-E Electric crucihle ever door 18 

A2H5-K2 Electric crucible and casing with par) 
Nos. 241. 242, 247, 248. 251, 252 and 
253. (Heating units and control equip- 
ment not included) 18 

A205-E Electric crucible equipment complete, 
including heating units and control 
equipment ready to install 

200-EA Term,,,,;! !,„> 18 



) 


ELECTRIC HEATED 


METAL 


POT 


AND 


PARTS 73 


Part No. NAME OF PART 




Style 




FICATIONS 


Price Code Word *< 


Terminal box screw (use No. 76)... 
C-206-E C-H terminal housing 


18 
18 
13 
18 

18 
18 

18 

5 

18 

5 
8 
8 

8 




























20S-E Electric pot cover ( left hand) 

Electric pot cover screw (use No 
210-E) 


7 'A 


'-20x1" 


















209-E Electric pot cover ( right hand ) 

210-E Electric pot cover screw 


















211-E Small pot heating unit 










212-E /Large pot heating unit 










//Pot adjusting holt (use Xo. 213) 

// Pot adjusting holt check-nut (use No 


















Pot adjusting holt yuan! (use Xo. 215) 
Pot adjusting holt guard screw 1 use 

Xo. 216) 

Pot spring (use Xo. 217) 

21S-E Pot cover door hinge 

Pot cover door hinge screw I use Xo.79) 

Pot cam roll (use Xo. 221) 

Pot cam roll stud i use Xo. 222) 

224-E Pot cam lever ' 

Pot cam lever fulcrum (use Xo. 225 ) . . 
Pot cam lexer fulcrum cotter (use No. 

68) 

Pot cam lever shoe ( use No. 227) .... 
Pot cam lever screw ( use No. 228) . . . 
Pot cam lever adjusting screw (use- 
No. 229) :....: 
















































































































'*""" **»*"*.*e P &4 



ELECTRIC HEATED METAL POT PARTS 



231-E 
232- E 
233-E 



(use No. 230) 

Pot heating unit terminal s 
Pot heating unit terminal r. 
Pot heating unit terminal w; 



Pot mouthpiece sere 

249-EA Pot mouthpiece opei 

Pot mouthpiece op 

(use No. 286-E).. 



250-E 



D'viiai 
072) 









[Miami 


thermometer screw (us 


e No. 


I);, nan, 
I'hmgci 
I'lungn, 
I'lnncvr 
275) . 


connection rod (upper) . 


w nut 


connection leer ptn (uc 


e No. 



ELECTRIC HEATED METAL POT PARTS 



Plunger cormec 
(use No. 68) . . 
Plunger connect 
No. 276) 




Tiiinal block screw (use Xo. 681) 
!d 1). S. conduit!""!!"" 



.40 


\\ ran id 


.10 


Umiak 


.15 


Unau 


.50 


Wrack 


.50 


Woven 


.15 


Wove 


.50 


Wound 


.15 


Would 


55 


Worth 


00 


Worst 


.50 


Worshii 















■ 


76 


ELECTRIC 


HEATED 


METAL POT P^ 


Par, No. 


NAME OF PART 


Plate No. 


Styl 


SPECIFICATIONS 


300-E 


No. 12 Deltabeston stove w 


re (cop- 










per wire) 












-A" wire 20" long 






I'd- It 






"C" wire 49" long 






Per It 






"L" wire 48" long 
"H" wire 47 /," long 
No. 1 wire 64" long- 
No. 2 wire 45" long- 
No. 3 wire 44" long- 






Per ft 

Per ft 

Per ft 

Per ft 

Per ft 






No. 4 wire 43" long- 










301-E 


No. 1 2 Deltabeston wire 18% 
"B" wire 33" long 

"D" wire 23" long 
"E" wire 10J4" long 
"F" wire 1034" long 


lickel... 19 




Complete set 

Per ft 

Per ft 

Per ft 

Per ft 




302-E 

A-303I- 










Mouth heating unit 


19 






304-E 

305-E 
306- E 






102 


















307-E 












310-EB 
311-E 


Rheostat 

Asbestos listing 


19 




20 Ohms for 110 volts 
SO Ohms for 220 volts 




314-E 












316-E 
319-EA 
















Rheostat bracket 


18 








Rheostat bracket screw (use 


Vo. 572) 12 










"•""""-" 









70.00 


Worn 


12.00 




.10 


World 


.10 


Workman 


16.00 


Work 


.25 


Wore 


15.00 


W, H,l, «ck 


15.00 


Woolport 


.15 


Wool 


.20 


Wooden 


.30 


Woodcut 



ELECTRIC HEATED METAL POT PARTS 



Terminal l^u-ine 1 
Throat cover pad.. 

Rietil hand cover Hi 



50 


Unde 


.50 
.10 

.75 
.40 


Unjust 
l/ninee 
Cstion 


.on 
.75 


Vacua 
Vaig 



• Style Chart, Showing Bolts, Screws, Nuts and Dowels 



STYLE 4- 



( h 



Style >0j Style 102. 



# 



I 
) 


i 




ii 


. 




I